Explore the intricacies of Compton Scattering in this 18-minute video that delves into its pivotal role in quantum physics development. Learn how the photon model of light explains the Compton shift in scattered x-ray wavelengths by electrons. Discover the application of energy and momentum conservation principles to calculate wavelength shift as a function of scattering angle. Gain insights into the Compton wavelength's significance and its connection to Quantum Field Theory. The video covers topics such as Compton's discoveries, the failure of electromagnetism in explaining observations, and the interpretation of results. Understand the effect of wavelength on scattering and the deeper meaning behind the Compton wavelength in this comprehensive exploration of a fundamental concept in modern physics.
Overview
Syllabus
Intro
Setting the scene
Who was Compton?
What is Compton Scattering?
What did he find?
Failure of electromagnetism
Explaining the observations
Conservation of momentum
Conservation of energy
Putting it all together
Interpreting the result
Discussion
The effect of wavelength on scattering
What does the Compton wavelength represent?...
Taught by
Physics Explained
